Colour And The — Optical Properties Of Materials:...
Explains why the sky is blue (small molecules scatter shorter blue wavelengths).
A leaf looks green because chlorophyll absorbs blue and red light, reflecting the green. 2. Refraction Colour and The Optical Properties of Materials:...
Explains why clouds look white (larger water droplets scatter all wavelengths equally). 4. Interference and Iridescence Explains why the sky is blue (small molecules
Optical properties describe how a material interacts with light, which ultimately determines the colors we see. This interaction is governed by the material's atomic structure and how its electrons respond to electromagnetic radiation. 🎨 Why Do We See Color? Refraction Explains why clouds look white (larger water
Materials (like LEDs or stars) create their own light. Absorption: Electrons soak up specific photon energies. Reflection: Light bounces off the surface. Transmission: Light passes through the material. 🔬 Key Optical Properties 1. Absorption and Selective Reflection This is the most common cause of color. Pigments: Absorb certain wavelengths and reflect others.
Used on glasses and camera lenses to reduce glare. To help you explore this further, let me know: Are you studying this for a physics or chemistry class?
The bending of light as it passes from one medium to another. Measures how much light slows down.
